Lanex TM-77 User manual

LANEX S.A.
8 Ceramiczna Street
20-150 Lublin
POLAND
tel. [phone]
tel/fax. [phone]
IOA77-1F
May 2007
LANEX S.A., 8 Ceramiczna Street , 20-150 Lublin Service: phone [phone]
POLAND
TM-77, MD-77 MULTIPLEXER
OPERATING MANUAL

4XE1/G.703 PLESIOCHRONOUS MULTIPLEXER
OPERATING MANUAL
IOA77-1F I May 2007
Table of contents
1OVERALL CHARACTERISTICS .....................................................................................1
1.1 APPLICATION....................................................................................................................1
1.2 BASIC FEATURES ..............................................................................................................1
1.3 EXAMPLES OF APPLICATION .............................................................................................2
1.4 SYMBOLS AND AVAILABLE VERSIONS...............................................................................3
2CONNECTORS AND INDICATORS ................................................................................5
2.1 INTRODUCTION.................................................................................................................5
2.2 TM-77
MULTIPLEXER.......................................................................................................5
2.3 MD-77 MULTIPLEXER ......................................................................................................7
3FUNCTIONAL DESCRIPTION .........................................................................................8
3.1 DIAGNOSTIC AND SIGNALING SYSTEMS ............................................................................8
3.2 ADDITIONAL CHANNELS ...................................................................................................9
3.3 TEST LOOPS ....................................................................................................................10
3.4 CLOCK TRANSFER...........................................................................................................10
3.5 EVENT LOG.....................................................................................................................11
3.6 MONITORED QUALITATIVE .............................................................................................12
3.7 MONITORED QUALITATIVE PARAMETERS OF E2 OPTICAL INTERFACE.............................13
4INSTALLATION AND OPERATION .............................................................................14
4.1 OPERATING CONDITIONS ................................................................................................14
4.2 INSTALLATION................................................................................................................14
4.3 POWER SUPPLY...............................................................................................................15
4.4 E1/G.703 LINEAR SIGNAL CONNECTION .........................................................................16
4.4.1 TM-77 and MD-77 ................................................................................................16
4.5 CONNECTION TO VT100 TERMINAL OR COMPUTER WITH INSTALLED LANWIN
MANAGEMENT SOFTWARE ..........................................................................................................17
4.6 FIBER OPTIC LINE CONNECTION ......................................................................................18
5OPERATION WITH VT100 TERMINAL.......................................................................20
5.1 APPLICATION..................................................................................................................20
5.2 HARDWARE REQUIREMENTS........................................................................................... 20
5.3 INSTALLATION AND START-UP........................................................................................21
5.4 BEGINNING THE TERMINAL OPERATION ..........................................................................21
5.5 MAIN MENU....................................................................................................................23
5.5.1 System....................................................................................................................24
5.5.2 Interfaces-selection ...............................................................................................25
5.5.2.1 Interfaces-options ..............................................................................................26
5.5.2.2 Set-up ................................................................................................................27
5.5.2.3 15-minute and 24-hour registers .......................................................................28
5.5.3 Time periods..........................................................................................................29
5.5.4 Event log................................................................................................................30
5.5.5 Monitoring.............................................................................................................31
5.5.6 Loops .....................................................................................................................32
6DEVICE SET-UP USING LANWIN PROGRAM ..........................................................33
6.1 GLOBAL SET-UP..............................................................................................................33

4XE1/G.703 PLESIOCHRONOUS MULTIPLEXER
OPERATING MANUAL
IOA77-1F II May 2007
6.1.1 Device name ..........................................................................................................34
6.1.2 Setting date and time .............................................................................................34
6.1.3 Additional information ..........................................................................................35
6.2 CHANNEL ACTIVITY .......................................................................................................36
6.3 G.826 STATISTICS ..........................................................................................................36
6.3.1 Alarm severity level...............................................................................................38
6.3.2 Alarm thresholds ...................................................................................................39
6.4 TEST LOOPS ....................................................................................................................40
6.5 MONITORING..................................................................................................................41
6.6 LOG ................................................................................................................................42
6.6.1 Event log................................................................................................................42
6.6.2 Event log filter.......................................................................................................42
7TECHNICAL SPECIFICATION......................................................................................44
7.7 ELECTRICAL CHARACTERISTICS OF E1/G.703 INTERFACE ..............................................44
7.2 OPTICAL INTERFACE CHARACTERISTICS .........................................................................44
7.3 MECHANICAL PARAMETERS ...........................................................................................46
7.4 ENVIRONMENTAL REQUIREMENTS..................................................................................46
7.4.1 Operation ..............................................................................................................46
7.4.2 Transport...............................................................................................................46
7.4.3 Storage ..................................................................................................................47
7.5 ELECTROMAGNETIC COMPATIBILITY ..............................................................................47
7.6 POWER SUPPLY...............................................................................................................47
8COMPLETE PRODUCT ...................................................................................................48

4XE1/G.703 PLESIOCHRONOUS MULTIPLEXER
OPERATING MANUAL
IOA77-1F III May 2007
List of figures
FIGURE 1. TM-77.1 MULTIPLEXERS USED IN TELEPHONE NETWORKS .......................................2
FIGURE 2. MD-77 MULTIPLEXERS USED TO CONNECT TELEPHONE SWITCHES AND COMPUTER
NETWORKS USING SDH NETWORK ........................................................................................... 2
FIGURE 3. VIEW AND DESCRIPTION OF TM-77 FRONT PANEL....................................................5
FIGURE 4. VIEW AND DESCRIPTION OF DEVICE REAR PANEL......................................................6
FIGURE 5. VIEW OF TM-77.1 FRONT AND REAR PANELS ........................................................... 7
FIGURE 6. LOOPS ....................................................................................................................10
FIGURE 7. DEVICE INSTALLATION IN FORM OF MD-72 TELECOMMUNICATION RACK CARD,
FRONT VIEW. ..........................................................................................................................14
FIGURE 8. DEVICE INSTALLATION IN FORM OF MD-72 TELECOMMUNICATION RACK CARD,
REAR VIEW .............................................................................................................................15
FIGURE 9. DEVICE INSTALLATION IN FORM MD-72 TELECOMMUNICATION RACK CARD,
SECTIONAL VIEW. ...................................................................................................................15
FIGURE 10. PASSWORD ENTRY PANEL ...................................................................................22
FIGURE 11. MAIN MENU........................................................................................................23
FIGURE 12. TERMINAL WINDOW EXAMPLE............................................................................24
FIGURE 13. SYSTEM PANEL ................................................................................................... 25
FIGURE 14. INTERFACES-SELECTION.....................................................................................26
FIGURE 15. INTERFACES-OPTIONS.........................................................................................26
FIGURE 16. INTERFACES - SET-UP .........................................................................................27
FIGURE 17. 24-HOUR REGISTERS ...........................................................................................29
FIGURE 18. TIME PERIODS.....................................................................................................29
FIGURE 19. EVENT LOG.........................................................................................................30
FIGURE 20. MONITORING......................................................................................................31
FIGURE 21. LOOPS ................................................................................................................32
FIGURE 22. GLOBAL SET-UP..................................................................................................33
FIGURE 23. DEVICE NAME.....................................................................................................34
FIGURE 24. SETTING DATE AND TIME . ..................................................................................34
FIGURE 25. ADDITIONAL INFORMATION................................................................................35
FIGURE 26. CHANNEL ACTIVITY ...........................................................................................36
FIGURE 27. G.826 STATISTICS ..............................................................................................37
FIGURE 28. G.826 STATISTICS, ALARM SEVERITY LEVEL .....................................................38
FIGURE 29. G.826 STATISTICS, ALARM THRESHOLDS ...........................................................39
FIGURE 30. TEST LOOPS ........................................................................................................40
FIGURE 31. MONITORING......................................................................................................41
FIGURE 32. LOG ....................................................................................................................42
FIGURE 33. EVENT LOG FILTER .............................................................................................43

4XE1/G.703 PLESIOCHRONOUS MULTIPLEXER
OPERATING MANUAL
IOA77-1F IV May 2007
List of abbreviations
AACK Alarm Acknowledgement
ACK Alarm Acknowledged
AIS Alarm Inhibition Signal
AISL AIS from Local interface
AISR AIS from Remote device
BBE Background Block Error
ES Errored Second
ES15 15 Minutes Errored Second Counter
ES24 24 Hours Errored Second Counter
ESFE Errored Second Far End
ETSI European Telecommunications Standards Institute
GND Ground
ITU-T International Telecommunication Union – Telecommunication Standardization
Sector
LDF Laser Diode Failure
LOESx Loss of Electrical Signal
LOF Loss of Frame
LOOS Loss of Optical Signal
LOS Loss of Signal
NUAL Non-Urgent Alarm
NUALA Non-Urgent Alarm Relay
UALA Urgent Alarm Relay Urgent
RAL Remote Alarm
SES Severely Errored Second
SES15 15 Minutes Severely Errored Second Counter
SES24 24 Hours Severely Errored Second Counter
SESFE Severely Errored Second Far End
SESFE15 15 Minutes Far End Severely Errored Second Counter
SESFE24 24 Hours Far End Severely Errored Second Counter
UA Urgent Alarm
UAL Urgent Alarm
UAS Unavailability Second
VIOL Violation

4XE1/G.703 PLESIOCHRONOUS MULTIPLEXER
OPERATING MANUAL
IOA77-1F V May 2007
Operating safety
TM-77.1 and MD-77.1 devices have been designed and tested for the operating safety in
accordance with Class I of PN-EN 60950 standard.
The device has no built-in disconnecting system. Such a system should be installed
outside the device.
When the device is supplied from a DC source, an easily accessible disconnecting
system should be mounted into the fixed cabling outside the device.
Radiation transmitted by the laser transmitter is harmful to eyes!
URZ DZENIE LASEROWEĄ
KLASY 1
CLASS 1 LASER PRODUCT
Never look at the uncovered socket without a plugged-in fiber optic connector.
The Manufacturer is not responsible for the use of the device in a manner non-compliant
with the operating manual.
This Operating Manual is an integral part of the device delivered to the Users.

4XE1/G.703 PLESIOCHRONOUS MULTIPLEXER
OPERATING MANUAL
IOA77-1F 1 May 2007
1 OVERALL CHARACTERISTICS
1.1 Application
TM/MD-77 linear circuit device enables full duplex transmission of four digital signals
at the bit rate of 2.048 Mbit/s in accordance with ITU-T G.703 via a fiber optic line.
TM/MD-77 devices can operate with PCM-30 terminal equipment, telephone switches
or other optional signal sources at the bit rate of 2.048 Mbit/s equipped with the same interface.
The devices are completely transparent for the content of the transmitted signal; it can be
a non-framed or framed signal - provided it complies with the requirements of the G.703
recommendation.
All TM-77, MD-77, TM-76, MD-76 and TM-44 devices can operate with each other if
connected via a fiber optic line. If TM/MD-77 4-channel device is connected to MD-76 or TM-
76 single-channel device, transmission with the first E1 channel is possible.
The optical signal can be transmitted via a couple of single-mode or gradient optical fibers
depending on the version of the device.
Transmission via SM fiber can be realized with devices equipped with LASER type
transmitter.
Transmission via MM fiber can be realized only with devices equipped with both LED
and LASER type transmitters.
1.2 Basic features
Table 1. Basic features of the devices
Symbol Electrical ports Optical ports Version Management Power supply
MD-77 card to TM-72
telecommunication rack
MD-91
supervision
module in TM-
72 rack
18÷60V DC
TM-77
4 ports conforming
to ITU-T-G.703,
2.048 Mbit/s,
DSUB-25
connector
2x SC
desktop version RJ-45
connector
36÷60V DC
230V AC

4XE1/G.703 PLESIOCHRONOUS MULTIPLEXER
OPERATING MANUAL
IOA77-1F 2 May 2007
1.3 Examples of application
TELPHONE SWITCH
TELEPHONE SWITCH
E1 / G.7 0 3
E1 / G.703
Fiber opt ic line
Figure 1. TM-77.1 multiplexers used in telephone networks
TELEPHONE SWITCH
TEL EPHONE SWI TCH
ROUT ER
ROUT ER
ETHERNET
ETHERNET
4 x E1 / G.703
4 x E1 / G.703
G.7 0 3
G.7 03
G.7 03
Fiber optic line
MD-77
MD-77
MD-77
MD-77
Fiber optic line
RI NG SDH
TRANSFER TERMINAL EQUIPMENT
TRANSFER TERMINAL EQUIPMENT
MD -76 . 1
ACK
RAL
10
ACK
-3
UA
LOF
NUA
10
ALACK
-6
LOOSLDF
LOES
MD-76.1
A
CK
R
A
L
10
A
CK
-3
U
A
LOF
NU
A
10
A
LACK
-6
LOOSLDF
LOES
MD-76.1
A
CK
R
A
L
10
A
CK
-3
U
A
LOF
NU
A
10
A
LACK
-6
LOOS
LDF
LOES
MD-76.1
ACK
RAL
10
AC K
-3
UA
LOF
NUA
10
ALACK
-6
LOO SLDF
LOES
Figure 2. MD-77 multiplexers used to connect telephone switches and computer networks
using SDH network

4XE1/G.703 PLESIOCHRONOUS MULTIPLEXER
OPERATING MANUAL
IOA77-1F 3 May 2007
1.4 Symbols and available versions
Haul:
1 - short (SH)
2 - long (LH)
TM - 77.1 - X - Y
Type of optical transmitter:
2 - 1310 nm MM
3 - 1310 nm SM
4 - 1550 nm SM
5 - WDM 1310/1550 nm SM
6 - WDM 1550/1310 nm SM
Production version
Type of mechanical design:
TM - desktop version
MD - rack version
List of abbreviations:
SH – short haul
LH – long haul
MM – designed for operate with multi-mode fiber
SM - designed for operate with single-mode fiber
WDM – version to operate with single fiber, using WDM (Wavelength Division Multiplexing)
technology
1310 nm - transmitter working with 1310 nm wavelength, receiver working with 1310 nm
wavelength
1550 nm - transmitter working with 1550 nm wavelength, receiver working with 1550 nm
wavelength
1310/1550 nm - transmitter working with 1310 nm wavelength, receiver working with 1550 nm
wavelength
1550/1310 nm - transmitter working with 1550 nm wavelength, receiver working with 1310 nm
wavelength
E1 multiplexer is available in two versions:
• as a desktop version in a metal casing, symbol TM-77.
• as a card installed in TM-72 telecommunication rack to cooperate with another TM-72 or
MD-77 card.
Symbol example:
TM-77.1-3 – a desktop multiplexer equipped with a laser transmitter of 1310 nm wave
length.

4XE1/G.703 PLESIOCHRONOUS MULTIPLEXER
OPERATING MANUAL
IOA77-1F 4 May 2007
Note: 1. Each time a symbol containing the letter "X" instead of its corresponding
digit is used in the Manual, it means that the feature specified in this part
of the symbol is insignificant concerning the discussed parameter and may
be equal to any value from the above-mentioned range. However,
the device symbol indicated in a sales order must contain only digits
following the manufacturer symbol "TM" or "MD" (all features of the
ordered device must be specified).